Molecular dissection of the Semliki Forest virus homotrimer reveals two functionally distinct regions of the fusion protein

Medicine & Life Sciences

• Semliki forest virus 97%
• Dissection 57%
• Pancreatic Elastase 52%
• Peptides 42%
• Digestion 40%
• Membranes 39%
• Peptide Hydrolases 36%
• Alphavirus 30%
• Viruses 29%
• Glycoside Hydrolases 27%
• Membrane Fusion 27%
• Endosomes 24%
• Proteins 24%
• Trypsin 22%
• Mass Spectrometry 19%
• In Vitro Techniques 9%

Agriculture & Biology

• Semliki Forest virus 100%
• elastase 53%
• peptides 45%
• cleavage (chemistry) 37%
• proteinases 33%
• digestion 33%
• Alphavirus 31%
• membrane fusion 29%
• viruses 28%
• endosomes 27%
• glycosidases 24%
• proteins 22%
• trypsin 19%
• cell membranes 19%
• mechanism of action 18%
• mass spectrometry 18%